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Adjustable Height Bag Hangers (where fitted)
The 18 mm diameter adjustable height pole has been designed as a convenient means of securing the fluid bags onto the
Workstation . The pole supports a maximum load to 3kg . The pole is held securely by a clamp and a slip catch . This gives
additional flexibility when selecting the required height of the fluid bags . To operate the clamp:
1 . Grip the handle at the lower end of the pole and carefully loosen the hand wheel .
2 . Apply an upward pressure to the pole handle, this releases the locking lever and
allow the pole to move freely .
3 . Changing the bag hanger height:
a) To increase the bag hanger height: Continue pushing the pole upward to the
required height . Once set, release the upward pressure on the pole, re-engaging
the locking lever .
b) To reduce the bag hanger height: Hold the locking lever in the released position
and adjust the pole downward to the required height . Release the locking lever
and release the upward pressure on the pole, re-engaging the locking lever .
4 . Tighten the hand wheel to securely lock the pole into position .
To reduce the potential risk for nuisance alarms, the fluid bag should be placed at the height
recommended in the specific Pump Directions For Use, bag hanger poles should be adjusted to the
required height.
For Workstation configurations 80300UNSxx-235 and 80300UNSxx-035, use the bag hanger assembly
PN 1000SP01414 to secure fluid bags onto the Workstation.
Power Input
The Workstation is powered from the AC supply through a standard IEC AC connector . When connected to the AC supply
the AC Power indicator is illuminated . Both the Live and Neutral lines of the main supply are protected using fuses carried
in a double fuse holder located on the AC inlet connector .
When connected to the AC supply, a three wire (Live, Neutral, Earth) supply must be used. If the
integrity of the external protective conductor in the installation or its arrangement is in doubt, then the
Workstation must not be used.
To isolate the Workstation from AC supply remove the AC connector from the source socket. The
Workstation should be positioned to allow access for disconnecting the AC connector.
Battery Supply
The Workstation should normally be operated from the AC power supply . However, in the event of temporary loss of AC
power, an internal power supply provides 60 minutes of communications . AC power to the Pumps is discontinued .
AC Power should be re-applied as soon as possible as there is no AC power supplied to the Pumps while
the Workstation is running on the battery.
The Battery indicator illuminates whenever the Workstation is running from the internal battery . When illuminated the
Workstation is operating from internal battery; when flashing the battery power is low and auto power down is imminent .
The battery is automatically charged whenever the Workstation is connected to the AC supply . As the Workstation is
designed to operate from the AC power supply, it only powers up when connected to the AC supply .
In the event of a power loss, the Workstation with fully charged battery emits an audible tone every 30
seconds for the first 14 minutes to alert operators, accompanied by a visual indicator. This audible tone
and visual indicator escalate to every 15 seconds after 14 minutes until the battery is fully depleted.
These tones and indications should not be confused with the continuous alarm and LED notification
that is initiated if the Workstation exhibits a fault condition.
If transfer of the Workstation is required, then prior to disconnecting from AC power supply the User
must ensure there is sufficient battery power on each of the Pumps.
BDDF00794 Issue 4
Alaris™ Gateway Workstation v1.3.x
Features of the Workstation
1
3b
2
19/46
4
3
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